The electrooptic effect has been used in conjunction with 100 fs optical pulses to sample
electrical transients with an unprecedented resolution of. 5 ps and sensitivity of 50-100 µV …

Over the past decade, we have witnessed a number of spectacular advances in the
fabrication of crystalline semiconductor devices due mainly to the pro gress of the different …

Over the past five years, there has been an enormous increase in the inter est in and
understanding of electronic and optoelectronic devices operating in the picosecond …

~ lec~ rical pul! es, 4!" in 1 0 psec, have been generated by rectification of 1. 06-~ m pulses
In. LlTaO:!:. Cu. Thelr amplitude and duration were measured by photographing the …

We report the construction of a sensitive electro-optic sampling system for the measurement
of ultrafast electrical transients. This system has a temporal resolution ofless than 4 ps (over …

Progress in the application of ultrafast optics to microwave and millimeter-wave techniques
using picosecond photoconductors is reviewed. The generation, control, and …

Ideally one would like a non-perturbative means of probing integrated circuits with high
temporal and spatial resolution that is generally applicable to circuits fabricated on any type …

Publisher Summary This chapter discusses the electro-optic measurement techniques for
picosecond materials, devices, and integrated circuits. It describes the fastest of the current …

This chapter reviews recent progress in high speed optoelectronics and its applications to
the measurement of high speed electronic devices and materials. Basic device concepts …

A high-speed energy correlation technique has been used to measure the time development
of the width of the ultrashort pulses generated by a mode-locked Nd+3 glass laser. The laser …